Sensor Technology Ltd. products

The ORT 230/240 low capacity torque sensor offers an ideal means for precise dynamic measurement of rotary and static torque less than 100Nm and for bandwidths of up to 50Khz. The new TorqSense ORT 230/240 torque sensors replace the E200 ORT series and feature all new electronics that have produced significant performance gains in resolution, frequency response, reduced sensor current consumption and faster digital data throughput.

The SIT 105/110/120 strain gauge reaction transducers are designed for operation in any industrial environment. Models are available in sizes ranging from 50Nm to 5000Nm, offering outputs from mV/V outputs, to ratiometric voltage outputs, to digital data connection via RS232 or USB. An option of a bench mount housing is available for torque wrench test and calibration. The SIT 105/110/120 torque transducers use modern wire foil strain gauge technology with the latest high performance stainless steel shafts.

The Transducer Display ETD is a readout suitable for all RWT transducers. Although it is primarily used to display torque and peak torque, it can also display speed and power, provide access to the analog outputs from the transducer and connect the transducer to a PC for use with TorqView and the Transducer Control Program.

The optional Bluetooth interface box bring wireless flexibility to your TorqSense transducers. The box simply plugs into the 15 way ‘D’ digital lead connector. It allows the transducer to be powered through the interface as well as providing a USB output.

The Ethernet Interface Module connects our range of Torque Transducers to a Local Area Network. By utilising existing structured cabling and infrastructure, our transducers become instantly accessible to any device on the network. Transducers can be accessed from any location within the premises where the structured cabling is present, or where it has been extended by wireless networking technologies. Furthermore, if the network is internet connected, or gateways and VPN’s are present, the transducers range can be extended without limit, enabling access and monitoring from literally anywhere.

Torqsense Digital rotary strain gauge SGR530/540 series Transducers with separate electronics use non contact technology eliminating the need for noisy slip rings. They are suitable for torque measuring, testing, feedback control of drive mechanisms and process control applications. The SGR series transducers use modern strain gauge signal conditioning techniques to provide a high bandwidth low cost torque measuring solution with high overrange and overload capabilities.

The SBU-01 Transducer Signal Breakout unit can be used with any Sensor Technology Torque transducer. The unit provides easy access to all the transducer functions including Analog outputs, RS232, Users can also zero the transducer with the SBU-01, and it provides indication of transducer USB and the optional CanBUS. operational status.

The wireless Load Cell is a strain gauge based stainless steel tension type load cell. It has the capability of wirelessly transmitting its data to one of our compatible readouts and displays or recording its data locally. Its inbuilt 32MBit memory can hold up to 280 hours of data which can be downloaded to a PC via its USB cable. The Load Sensor transmits using the worldwide licence free frequency of 2.4GHz on two built in antennas. The Load Cell is used with our HandHeld Receiver which can read several devices at the same time. In addition, the Cabin Display is available for fixed mounting. Or our stand alone Receiver Interface which is used to output the data via RS232/RS422.

The wireless LoadSense HandHeld Receiver Display is used in conjunction with the wireless Load Sensor. It provides the user with an easy way to receive and view data from the Load Sensor. Up to 9 Load Sensors can be selected from the HandHeld Receiver and individually displayed. These Load Sensors can be named by plugging the Load Sensor into a PC via USB and using the Load Sensor software. They can then be easily distinguished on the display, which will show the current name of the Load Sensor being read.